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This study aims to analyze tooth flank morphology and evaluate normal deviation in gear skiving processes.

August 2, 2026Scientific ReportsOpen Access

Investigation on gear geometric morphology and normal deviation analysis of tooth flanks in gear skiving

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Investigation reveals tooth flank accuracy in gear skiving, indicating potential for improved productivity and lower costs.

This study aims to analyze tooth flank morphology and evaluate normal deviation in gear skiving processes.
Developed a theoretical model of skived tooth flanks based on kinematic relationships.
Created an analytical method to derive normal deviation characteristics.
Conducted experiments on a Y8030CNC gear skiving machine to validate the morphology model.
Measured tooth flank accuracy aligns with the simulated model, confirming the validity of the proposed model.
Quantitatively evaluated the influence of cutter and process parameters on the maximum normal deviation.
Established a model that describes normal deviation distribution due to axial feed, aiding accuracy evaluation.

柯凱元 et al. (2026) studied this question.

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